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25/09/25: In cleanroom applications 鈥� especially in #GMP-regulated environments 鈥� there are high requirements for air purity, temperature and humidity stability, and pressure cascading. These requirements often result in consistently high airflows, which in turn cause disproportionately high energy consumption.
Fully automated operations offer significant optimization potential. Targeted control strategies can reduce operating costs without compromising the functionality of the room鈥檚 air handling system.

饾棡饾棽饾槅 饾榿饾棽饾棸饾椀饾椈饾椂饾棸饾棶饾椆 饾棶饾椏饾棽饾棶饾榾 饾椂饾椈饾棸饾椆饾槀饾棻饾棽:
馃數 Load-dependent airflow control in combination with differential pressure sensors
馃數 Operating mode management that allows switching between production, cleaning, and standby modes
馃數 Setpoint adjustment for temperature and relative humidity within qualified tolerance ranges
馃數 Dynamic adjustment of air change rates depending on occupancy, particle load, or cleanroom classification
馃數 Energy-optimized fan control using frequency inverters based on real measurement data
Integration and monitoring are centrally handled via the Building Management System (BMS). Trends, operating data, and alarms form the basis for validation and continuous optimization.

饾棖饾椉饾椈饾棸饾椆饾槀饾榾饾椂饾椉饾椈:
Energy-efficient cleanroom operation not only complies with regulatory requirements but also optimizes energy usage, provided that the automation is professionally designed, standards-compliant, and properly validated.

馃憠 Benefit from our extensive experience in cleanroom building automation and contact us now for a personalized consultation on your new construction project.